Time-registering clock.



J. 6: A. DEY.

TIME REGISTERING CLOCK.

APPLIOATION FILED OCT- 7, 1902.

Patented Jan. 5, 1909.

6 SHEETS-411E151" 1.

a r l [1v VE x B V will NTORS I v i/0% ,IYTORNE J. & A. DEY.

TIME REGISTERING CLOCK.

AP?LIGATION FILED 0017, 1902.

Patented Jan.5,1 909.

5 SHEETS-SHEET 2.

E g E WITNESSES J. 6: A. DEY.

TIME REGISTERING CLOCK.

APPLICATION FILED QOT.7, 1902.

968,9?1. Q v Patented Jan,5,1909,

5 SHEETS-SHEET 8.

I J. & A. DEY.

TIME REGISTERING CLOCK.

APPLICATION FILED 0GT.7,1902.

908,971. Patented Jan. 5, 190

5 SHEETS-SHEET 4.

a gilzvl iaq 'okjg BY 7 WW I 4 TI RA/E J J. & A. DRY.-

TIME REGISTERING CLOCK.

APPLICATION FILED 00127, 1902.

903,971 Patemea Jan, 5, 1909,

5 SHEETS-SHEET s.

I vVEA/TORS v 121 f m 1 2! A, TTORNEY UNITED sTAras PATENT Fries.

JOHN DEY, OF SYRACUSE, NEW YORK, AND ALEXANDER DEY, OF GLASGOW, SCOTLAND,

ASSIGNORS TO DEY TIME REGISTER COMPANY, OF SYRACUSE, NEW YORK, A CORPORA- TIOX OF NEW YORK.

TIME-REGISTERING CLOCK.

Specification of Letters Patent.

Patented Jan. 5, 1909.

I '0 all whom it may concern:

Be it known that we, JOHN DEY, residing at Syracuse, in the county of Onondaga and State of New York, and ALEXANDER DEY, re-

', siding at Glasgow, in the county of Lanark,

tion of the same.

Scotland, have invented certain new and useful Improvements in Time-Registering (locks, of which the following is a full, clear, and exact description, such as will enable others skilled in the art to which. it appertains to make and use the same. v This invention relates to a time-registering clock or a mechanism for use in a factory to record the time of employees. It is also ada ted to be used as a job c0stkceping cloc r to record the time which each workman puts on any particular job so that the employer may know exactly the labor put on such job and be able to determine that part of the cost.

Various features of the invention, also, are capable of use in a variety of other relations.

The invention consists in the features of construction, arrangement of arts and com: binations of elcmen ts, a speci ic embodiment of which will be hereinafter fully set forth and the novel features thereof pointed out in the claims at the end of this specification.

In the accompanying drawings, Figure 1 is a face view of my imn'ovcd costieeping clock. Fig. 2 is a top fan with a portion of the casing removed and w'ith the bracket and certain mechanism at the rear removed. Fig. 3 is a transverse vertical section showing the interior mechanism, Fig. 4 is a bottom 1.111 view of the card-holder, with parts Jrokcn away, and showing the position of the impression surfaces witlrrelation thereto. Fig. 5 is a view partly in section and partly in side elevation showing a part of the interior mechanism. Figs. 6 and 7 are details in side elevation of the minute type-wheel, showing the connections to the hour-wheel. Figs. 8 to 11, inclusive, are details of various pore tions of the Ineclmnism. Fig. 12 is a face view of a modified form of card holder or guide. Fig. 13 is a longitudinal vertical sec Fig. 14 is a detail of the controlling mechanism for the card banking device, or device by which the distance to which the card may be inserted in the holder may be predetermined.

Similar reference characters refer to similar parts-throughout the several views.

A suitable casing A is provided which may pressure at its other end. to draw the lower end of the lever 14 at all be of any desired construction, and within said casing are braces or supports B, O and D which are illustrated merely as a convenient framework for the structure.

A minute-hand spindle 1, adapted to be actuated by any suitable clock mechanism, (not shown) is journaled in the framework and carries theminute and hour hands 2 and 3, the former pinned thereto and the other driven therefrom by a suitable train of reduction gearing designated in. a general way by 4. These hands traverse a clock face 5 which may conveniently be provided with an inclosing cover 6. Carried by the minutehand spindle so as to rotate therewith is a minute type-Wheel 7 which may, if desired, be connected to the minute-hand spindle so as to allow for a certain amount of lost motion in printing. A notched wheel 8 is secured to the minute-wheel and acts in connection with a suitable detent, hereinafter described, to hold the typewheel rigid at the moment of printing.

The hour-wheel 9 having type from 1 to 24 is carried upon a suitable spindle 10 journaled in the lbwer end of the f lame-member D and it is rotated from the minute-wheel by the means best shown in Figs. 6 and 7. i In these views the position of the houravheel is indicated by dotted lines, andcarried. with the hour-wheel is a ratchet 12 of 24 teeth with which a tongue 13 carried by the minutewheel engages once during each revolution of said wheel, thereby turning the hourwheel through one space. The hour-wheel is normally prevented from turning and likewise braked to prevent over-running, r by means of the braking lever 14 pivotally mounted upon a bracket 15 secured to the framework and normally held to contact with the ratchet 12 by means of the ring 16 upon the type-wheel 7, with which the upwardly projecting arm of lever 14. contacts. This ring is cut away at one portion of its periphery, as shown, in order to allow the upper end of the lever 14 to move inwardly at that point and relieve the ratchet-wheel of the A spring 17 tends times against the ratchet wheel and thus when the positive pressure of the lever upon the ratchet isrelieved by means of the upper end of the lever coming against the brokena/Way or mutilated part ofthe ring 16, the lever will-be held against the ratchet with a yielding pressure not sui'licient to prevent motion of the ratchet and hour-wheel when struck by the tongue 13, but sufiicient to prevent overrunning of the ratchet, or its rotation beyond the desired amount, as will be readily understood. ..These type wheels, as well as the other printing surl'aces, are all set so that the line of impression will be suitably arranged with reference to the device for 1eceiving the card or the blank to be operated upon, as will be further set forth.

A wheel'20, which is provided with suitable type from 1 to 31 in order that it may print the days of the month, is loosely carried upon a sleeve projecting from the framemember D so that it is concentric with minute-spindle 1 and it is driven from saidmin ute spindle, as best shown in Figs. 8 and 9, by a train of gearing which includes a pinion 21 carried with the minute-spindle 1, a wheel 22 meshing therewith and supported upon a stud-shaft 23 no ectin from the'iranie a J b 7 second pinion 24: upon said stud-shaft, idler I 25, a wheel 26 upon a short spmdle 27 pass-.

tongue or striker 28 secured to the other end mg through the frame-member D, and a of this spindle preferably by means of a set screw as shown, so that it may be adjustable, and'contactlng at proper times with a ratchet 29 rigid with the day-wheel 20.

It will be understood that the above-described train of gearing must be so propor'- tioned that the day-wheel will be moved one I space once in twer1ty-four hours, the shifting preferably taking place at midnight. in order to do this the pinion on the mimitespindie is conveniently of twelve teeth, the gearwheel 96'teeth, the pinion on this wheel 15 teeth, and next gear-wheel teeth. Inasmuch as this d.,y-wheel is inclosed ,loy the casing it is convenient to have an outside in.-

dicatoi; to show its movement and this is provided for as shown by the pointer 31 which travels in connection with index figures arranged about the clock face as shown in Fig. 1. 'l his pointer is connected to the day-wheel 20 by means of the arched connecting member 32 connected at one side to the hub of the pointer and at the other sideto sleeveor hub 33 projecting from the daywheel. 'i his construction of arched connecting member is necessary in; order to avoid contact with the train of mg the hour hand.

.A dial face 35, as in Fig. 1, is

with various slots having indicator gures in gearing for actuatconrection therewith for Job No., Men No, the year and the month. Corresponding type-wheels provide for registeringupo-n a suitableimpression surface the number *of the workman, the number of the job upon whichhe is working and the exact date, the day, the month, the year, the hour'and'mi'njob and the ute when each man starts on the same when each man leaves it.

v rovided eoae'n As already described, the day, hour and-f minute-wheels are actuated auti'nnatic'ally from is clock-n1echan-ism and the typewheels which supply the remaining data, which may be called the recording type- Wheels, are provided for as follows: Sega mental type-wheels 40 and 41 shown in Figs.

with the proper numerals to indicate the number ofthe month and year, and are'pivotally mounted so as to swing concentrically the other segmental typew iee s. 1 rom the end. of each of these type-wheels there projects a handle which [passes through the properslot in the dial face and terminates each in a knob 42, which knob is preferably ignattal generally by Hand raving two in on the upper portion with notche teeth 44,

engaged by a wedge-shapedalining detent,

struction of these recording type-wheels is and forms of mountin'g will be readily suggested which will answerthe same purpose as the forms shown.

At suitable already'descri ed are placed fixed type, as is dashes for separating the various sets of data,

.The lower end of frame-member- D is con face carrying a period and the cipher which is used in mwnjunction'withthenumeral upon the type segment {11 to pi nt th'eya ri he other of these ii): ed ityp'ezaro carried at the lower ends of arms su-itabiy'fastiied" to the through the framework an having a wheels. by means-of spring 52, but is adaptedto be screwed onto the end of the projecting han-fl each set, are of spider construction with portions of their peri 'hery cut away where not needed and provi ed with the necessary type on the lower portion of their periphery and;

the positions of which correspond with the positions of the type and are adapted to'be' as hereinafter described' lhe exact con- 105 immaterial. Many constructions thereof,

points between the type-wheelsand the periods where periods are necessary.

veniently utilized to supply a printing sur This plunger is held normally raised;

5 and 8 and in section in hig. 3 are provided with the minute-spindle inro er relation to shown in l 'ig; 4, which provide thenecessary framework, one-off whichis shown-abet},- I Fig. 8." '1he alining detent which worksfiinq; connection with the notches-in type-wheels j H, comprises 'applung er 50 'assm'g homilyshaped wedge 51' at itslowerend shaped to fit thenotches in the upper ends of the type- 1 depressed against the force of said spring in order to complete the alinement of the type recording-wheels when they have been moved to any desired position by the handles 53 which project therefrom through the slots in i the upper side of the dial face, shown in Fig. 1, said .handles being provided with knobs 54 similar to those before described.

The operation of the printingmechanism thus far described will be readily understood by those skilled in this art.

ism 'sothat they are always in proper positlon.

may be inserted by the workman, or upon a suitable web, or both, the month and year type-wheels being positioned at suitable times as is necessary.

A ribbonmechanism is provided, as shown most clearly in Figs 2, 5 and 1 1. The spools 60 therefor are loosely journalcd upon pins 6'] extending from the frame and driven by I crown-gears 62 connected to said spools.

A shaft 63 has loose sliding hearings conveniently through the pins so that the shaft i may be rcciprocated to swing one of the spurj gears 64 thereon into contact with the crowngear at one end of the machine, while at the same time disengaging the gear at the other end. This ribbon reverse is automatically effected by means of the construction shown in I Fig. 1]. A three-armed actuating lever is pivoted upon a pin 65 projecting from the frame. The two outer arms 66 of this lever carry pins 67 projecting inwardly and between which the ribbon 68 passes;' A third central arm 6!) of the lever is forked at its lower" end to engage a pin 70 carried by a lever 71 which is loosely pivoted centrally of its length upon a pin projecting from the A spring 72 is connected to a point near the upper end of the arm 69 and framework.

at its lower end to a pin 73 at the lower end of the lever 71. pivotal points is such that the spring 72 will hold the upper end of lever 71 on whichever 1 side of its pivotal point it happens to be thrown. Collars 74 upon the shaft +53 are adapted to he struck by the upper end of 1 lever/[l in order to move said shaft length- W150 to disengage one r bbon spool and engage the other. This shifting 1s accomplishcd by a pin or projection carried near the 5 end of the ribbon striking the pins 67 when the I1l)l)OI1 has been unwound from the spool at either side and thereby as the tension upon the ribbon continues the reversing lever is swung about its pivot 65 and through the connection of arm 69 with the lever 71 this lever is thrown to'the opposite side from that 'i'he printing 5 wheels are governed by the clock meehan- 'hen the workman begins on a par- The relative. position of the l in which it previously was, and the shaft 63 is shifted, the force of its throw being accentuated by the spring 72. 'lhe rotation of shaft 63 is provided for by means of the ratchet carried by said shaft and adapted to be rotated by the pawl which is formed by the end of a long spring 81, the end of which is wrapped about one of the pins 61, as shown l in Big. 2. Vt hen this rod is depressed it will l carry the ratchet a given number of teeth and when pressure upon the rod is released it will return of its own resiliency into position for This spring pawl is projecting upand having the next movement.

moved by means of the rod 82 wardly through th framcwor i an elongated slot X2 in its lower end through which the spring pawl 81 passes. 'lhis rod 82 in its downward movement also carries with it a detent 84 which is connected thereto by means of a spring 85, said detent being I suitably pivoted at one end to the frame and at its other end sha'pedto fit. the notches in the notched wheel 8 carried by the minute type-wheel in order to aline and hold said typewhecl lixed during the printing operation. A pin 86 is also provided upon the rod 82, suitably positioned to engage the detent E 84 upon the upward movement of the rod to j insure its being withdrawn from the notched wheel. Figs. 3 and 10 show the two positions of these parts. A suitable brake may be provided for the ratchet 80, if desired, that shown being in the form ofaleaf spring I 87 connected at one end to the framework l and having a yielding hearing at the other 5 end upon the ratchet. l vthere it is desired to make an impression upon a web of paper insteadof the card usually used with these machines, or upon both i the web and the card, this may he provided I for as follows: A supply reel 90 is suitably journalcd u on a pin at one end of the rnachine and the web passes from said reel be l heath suitable guides and the printing surfaces to a winding reel 91. This reel is driven as shown in Fig. 2 by means of a gear which it carries engaging with a crown-wheel l 92, which crown wheel is carried by a short I shaft connected to the end of shaft by a I coupling which consists of a pin 93 carried by a disk 94 on one of the shafts passing loosely l through a hole in a disk 95 carried by the i other shaft so as to allow freedom of move ment for the reciprm'ation of the ribbonactuating shaft while at the same time driving the web shaft therefrom.

For use in cases where it is desired-to print upon a card to be inserted by the workman, f we provide a card-guide or holder of novel I and improved construction; This holder, l designated in a general way by E, is shown as l in Big. 4 as composed of upper and lower l plates 97and 98 suitably spaced apart to provide a guideway or channel for guiding and holding the card, said plates being both a .ous.

slotted longitudinally in order that the printing wheels may be brought into contact with the card in the holder or with the-web whichwould' normally pass below the holder, thus providing an opening through the holder from bottom to top and extending from v 1 near the front of the holder {to-the extreme end for a purpose'to be hereinafter'd-escribed. In order to rovide an arrangement by which the detail printed at the finishing of a [job may be properly positioned below the details printed at the beginning of the job to avoid superimposing of impressions, eto.,- we make the channel or guideway in this cardholder of a width substantially greater'than the card which is to be inserted therein and construct the holder with a plurality of mouths, two being shown in' Figs. '1 and 3 at 99 and 100. These mouths are located in different planes and not directly above each other. The effect of this spacing or staggering of the months will be to print the details of the job upon different lines longitudinally of the card, depending upon the mouth into which it is inserted. Such arrangement-dispenses with all shifting levers of anyjkind; insures the proper alinement .and' positioning 7 of the card, and is moreover of very simple and cheap construction aswill be obvious. The number of mouths and their arrange-v ment with reference to the channel may be varied to suit the particular requirements for which a machine 1s designed as will be obvi- Provision is made for taking the impression, as shown, by means of impression member or platen 102 which is of any suitable ma- *eal, prefer-ably rubber, and carried by the 103 pivoted upon apin 104 atone end and at theo-ther end acted upon by a spring 105 connected to the framework and to the end of the-lever in order to normally hold said lever of the platen in ppsition away from the printing surfaces. T e platen is operated against the force of this spring in order to carry a card whichmay'be in position beneath the printing wheels or the Web of paper or both, as shown in Fig. 5, against the typewheels by means or" theoperating' lever F which is designed to be actuated by the workman after he has inserted his .card. This lever is 'rovided with a handle 106 which is joiner to a cross bar 107,- s'ce Fig. 2 the lower portion of this cross bar being adapted to'rest upon the upper ends of the plunger 50 and of the rod 82 which actuates the ribbon mechanism. It is held loosely in position upon the top of the frame by a clip or loo 108. Projecting forwardly from the cross ar 107 is an arm 109, between the forked ends of which is the upper end of lever 110, the lower end of which is pivotally connected to the end of the platen carrying lever 103. $5 'In Figs. 12 and 13 15 shown a card holder "tion already described there is tance below t 1e card holder E. end of this shaft 26 is journaled in any suitprovided with six mouths, suitably spaced or staggered so that if a card be inserted succes sively into these mouths, beginning from the top, the data will be printed in six successive vmouths will then insure that the time of each employee be printed on his card with the va rlous impressions for the day in a vertical line. The construction of this holderwhich is-designated in a general way by K is clear from the illustration in Figs. 12 and 13 and it will be obvious that it may be varied within w'ide'limits. As shown, the upper plate 120 is bent upward at its forward end and the lower plate 121 is bent downwardto form a flaring funnel. Between these two plates are inserted the requisite number of dividing plates 122, the spaces between two adjacent plates being closed by in-se't strips 123 which are so arranged as to leave the openings or mouths proper, through which the card is to be inserted, in suitable staggered relation.

It will be understood that in the construcrovided means by which data may be roper y printed upon a carddns erted in the iolder beneath the printing mechanism with difi'erent sets of impressions arranged in a vertical line one tain cases. It may also be desired under cer tain circumstances to have the impressions beneath the other, as is advantageous in oer;

upon the card spaced longitudinally thereofas where it is desired to arran e the dataaccording to the daysof the 'wee As, for intance, when it is desired to merely record the entering and leaving times of em loyees, it is advantageous to have a vertica line of impressions for any given day and a succession' of such vertical lines for the. successive days of the week. This is'provided for in the "presentconstruction as shown in Figs. 3 and 14 by providing a means whereby the dis tance to which the card may be inserted into the holder may be limited and such distance may be varied autol'natically from day to day. A bracket, or other suitable support, 125, is arranged in rear of the machine and on this bracket is journaled one end of a shaft 126 which projects horizontally therefrom. substantially arallel withand a short dis- The other of any desired number of teeth, seven being a rangernent of data upon the card.

shown in the present instance- The star wheel and the shaft are rotated a distance equal to one tooth of the star wheel, once in twenty-four hours, by means of a tongue 129 loosely mounted upon a stud 130 which is supported at one end in the bracket 125 and at the other end in a brace or standard131. This tongue is carried with a gear 132 which is driven by a suitable chain of gearing, designated in a general way by 133, from the minute spindle 1, so that the tongue will revolve and move the star wheel one tooth once in twenty-four hours. The minute spindle being driven from any desired clock mechanism, the star wheel will make a complete revolution every week. T he shaft 126 carries a suitable number of pins or stops 134 which are sp: ed both longitudinally and circumferentialiy of the tube. The longitudinal spacing may be of any desired degree and will depend upon the length of the impression it is desired to'take, so as to allow the card on succ eve days to he inserted further into the holder in order to properly space the data printed on the successive days. These ins form what may be termed banking pins tor each day in the week and must be just long enough to intercept the card in the guide, and not so long as to catch on the sides of the slot in the center of the guide. The circumferential spacing of the slots is preferably such that one is in line with each of siX teeth of the star wheel. It w ill be under* stood that as the star wheel is rotated the stop in position in the slot of the card guide to intercept a card is moved out of the Way and the next succeeding one along the tube is brought into position. As shown in Fig.

2, the stud at the inner end of the shaft is in position to intercept a card inserted into the holder and upon the next revolution of the tongue this step will be moved out of the way and the next succeeding one inserted. The parts have been broken away in Fig. 2 for convenience in illustratin so that only the first two stops are shownfbut it will be obvious that any desired number may be placed upon the shaft and that the spacing either longitudinal or circumferential of said steps may be made such as to give any desired ar- A flange 135 is preferably used instead of the last pm or sto which flange at all times closes the end of the card guide. The rotatable shaft must of course stop short of the platen 102, but it can be arranged to extend backward any suitable distance inasmuch as it is supported on the bracket instead of on the frame itself.

The operation of the various parts of this machine will in general be understood from the description already given. They may he followed by summarizing the cycle of operations when it is desired to take an impression therefrom. Let it be supposed that it is desired to print both upon the web which is in the center of the machine and inaccessible to the o erator, so that it may be preserved as a dup icate record for the beneht of the employer, and upon the workmans card. The workman upon beginning any particular job will turn the type recordingwheels to fit his number and the number of the job and will then insert the card, ticket or blank with which he is provided. into the upper mouth 99 of the card-holder. The card will be guided thereby into the channel of the card-holder and somewhat to one side thereof, so that the impression will be taken along a. line of the card above the longitudinal center thereof. He w ill then press down upon the operating lever 106, only a single motion of such lever being necessary, when the card may be withdrawn with the proper details printed thereon. The action of t 1e operating lever is firstt0 press down upon the plunger 50 and carry such plunger against the force of its spring so that its wedge will contact with the notches in the two sets of type-recording-wheels below it, complete the a i almement previously made by the workman through the handles and the indexes is in the slightest degree faulty, and thereafter hold said typerecording-wheels fixed during the printing operation in order not to blur the impression; at the same time the rod 82 is pressed down and the ribbon is fed by means of the pawl 81 which rotates the ratchet 80. In this way the pressure upon the lunger and ribbon rod is equal and we have a solute control of the two pressures. The tension of the spring 105 is greater than that of the springs 52 and of the spring-rod 80 so that t is preliminary movement of the alining detent and of the ribbon feed is made without afit'ecting the platen. During this movement the lever pivots about the in which. connects it to the lever 110 and t e detent plunger and the ribbon actuating rod form the resistance against whichit acts. When the detent plunger has been seated in the notches of the type-wheels and the ribbon actuating rod has been pressed down to its fullest extent the order of the lever is then changed, its fulcrum shifts to the center and it then pivots about the two points which before-constituted the resistance, and raises the rod 110 and the platen against the force of the spring 105, as shown inFig. 5, thereby bringing the web and the card up against the nement of such wheels if the l typewheels and taking the/impression therefrom. Upon releasing the lever the springs restore all parts to their original osition and the card may be withdrawn. he web of paper is fed at the same time the ribbon is actuated through the described connections.

Upon finishing the work upon a. given job.

the workman inserts his card in the lower mouth 100 of the card-holder. and the card Patent, is

I1. In a device of the classdescrlbed, 111-- 15 combination, a] suitably driven minute is then guided thereby so that the, impression is made thereonupon a line immediately" below the impression which was made upon beginning the job.

' 'iheoperation of the means for'determining the distance to which a card can be inserted into the holder, and the conse uent spacing offthe impressions lon itudi-na y of the card, will be suliiciently clear from the description already given.

Having described our invention, What we claim as'new and desire to secure byLet'ters s indle 1, minute and hour-hands controlled t erehy, a type-wheel driven therefrom, and an indicator hand-31 adapted to follow nected thereto by means of an arched coupling 32 connected at one side to the in- .dicator and at-the' other side to said typewheel,substantially as and for the purpose set'forth.

2. The combination with the printing mechanism, of an operating lever having a shifting fulcrum whereby it maybe rocked I first on one fulcrum and then on the other.

In a device of the class described, in'

combination with the rotaryprinting Wheels and. the alinlng means therefor, a movable platen normally spring-held away from said Wheels, the s "r ng held ribbon actuating rod anddetent p unger, said spring being or' less able platen, and an actuating lever'having a bearmgupon the endsof said ribbon actuatingrod and detent plunger and pivotally,

connected at one endthereof to a rod confor, the purposes set forth.

4. In combination with the printing Wheels and the movable spring-held platen,

an operating lever connected to said platen and having a yielding fulcrum supported by a spring 0 less tension than the spring controlling said platen.

5. In combination, the printing'mechan-' ism, a card holder therefor, and means for.

regulating the position which a ca'rdjmay be I given in said holder with reference'tothe printing mechanism such that the impres sions on the card may be spaced by such longitudinally of the holder.

' 7. In combination, the printing K160118111.

ism, a cardholder therefor, and stops adaptthe movements of said type-u heel and con-.

tension than the spring controlling said movnected with the platen,'substantially as and eoaerted't o lee interposed in the-path of a card as it isinserted in said holder at various points longitudinally thereof such that the distance to which the card may be inserted may be determined thereby.

.8..In combination, the printing mechan ism, a card holder therefor, stops adapted to be interposed in the path of a card as it inserted in said holder at various points longitudinally thereof such that the distance to which the card may be inserted. may be determined thereby, and means for automatically bringing said stops in position at predetermined intervals.

9. In a device of-the class described, in combination, a printing "mechanism and a card holder in operative relation thereto, said holder being provided with a single channel 'l'or guiding and holding a card and with a plurality oi mouths leadim to said channel, and a plurality of stops adapted to be successively introduced into said channel at various points longitudinally thereof whereby the distance to which a card may be inserted into the channel may be regulated.

10. In a'device of the class described, in

combination, a printing mechanism and a card holder in operative relation thereto, said holder being provided with a single channel for guiding and holding a card and with a plurality oi mouths leading to said channel, and a plurality of stops adapted to be successively and automatically introduced into said channel at variouspoints longitudinally thereof whereby the distance to which a card maybe inserted into the channel may be automat cally varied.

11. In a device'of the class described, in

combination With the printing mechanism and the card holder in operative relation thereto, a plurality of stops adapted to be inserted in said holder at various points longitudinally thereof, and means whereby said stops may be. successively and automatically brought into position at predetermined intervals.

12. In a device of the class described, in

combination with the printing mechanism and a card holder in operative relation thereto, a plurality of stops adapted to be successively inserted into said holder at various points longitudinally thereof, and

means for automatically controlling the insertion of said stops.

13. lln adevice of the class described, in combination With the printing mechanism and the card holder in o erative relation thereto, a member adapts to be rotated in proximity to said holder, a plurality oi pins carried by said rotary member and spaced longitudinally and c-ircumferentially thereof, which pins are adapted uponthe rotation of said member to be successively brought into position to limit the distance to which a card can be inserted into said holder. I

adapted to be controlled by suitable clock mechanism, the card holder in operative relation to said prmtmg mechanism, the rotary member ad acent said card holder,

the spaced stops carried by said rotary mem E recorder adapted to hold a record sheet opber adapted to be successively brought into position u )OTI rotation of said member to unit the distance to which a card may be inserted into said holder, and means lorcontrolling the rotation of said rotary member from the clock mechanism.

15. In a device of the class described, in combination, a suitably driven minute s indle, a printing mechanism controlled t iercby, a card holder in operative relation to said printing mechanism, a rotary membcr adjacent said card holder and carrying a plurality of spaced stops adapted to be successively brought into position to limit the distance to which a card can be inserted into said holder, and means for rotating said member from the minute spindle.

16. In a device of the class described, in combination, a suitably driven minute spindle, a printing mechanism controlled there'- by, a c rd holderin operative relation to said printing mechanism, a rotary member adjacent said card holder and carrying'a plurality of spaced stops adapted to be successively brought into position to limit the distance to which a card can be. inserted into said holder, and a connection between said minute spindle and said rotary member whereby the rotation of said member may be automatically timed.

17. In a device of the class described, in

' combination, a suitably driven minute spindle, a printing mechanism controlled thereby, a card holder in operative relation to said printing mechanism, a shaft 126 adapted to be rotated adjacent said card holder, a plurality of spaced stops 134 carried b said shaft, adapted to be successively broug it into position in the path of a card in said holder, and means controlled from said minute spindle whereby said shaft may be given a rotary movement at predetermined intervals.

18.- In a Workmenstime recorder, the combination with a clockwork, of timeprinting means and an operative connection etween said clock-work and said timeprinting means, means for supporting a time sheet in position to receive an impression from said printing means, and means for allowing a time-card to be fed to a position between the time-printing means ,and the time sheet supporting means to receive an impression from the printing means.

19. A time recorder comprising time printing members, a clock mechanism to move said members, a support for a record strip, a platen for making impressions on said strip or on an inserted card, and a chute through which said card may be inserted between the printing members and the strip support'so that an impression-may be made only on the card. 1

20.. In a time recorder, in combination, printing mechanism, means within said time posite said printing mechanism, a card older adapted to receive a record card and position the same opposite said printing mechanism, and means adapted to throw either sai'd record sheet alone or a record card and sheet simultaneously into operative relation to said printing mechanism.

21. In a time recorder, in combination, printing mechanism, means within said time recorder adapted to hold a record sheet opposite said printing mechanism, a card holder adapted to receive a record card and position the same opposite said printing mechanism, means adapted to throw either said I record sheet alone or a record card and sheet simultaneously into operative relation to said printing mechanism. and means adapted automatically to feed said record sheet to space the records impressed thereon.

22. In a time recorder, in combination, printing mechanism, ink ribbon feeding mechanism, and an operating lever having a plurality of l'ulcrums upon which it may be rocked successively to operate s .id mechanisms one after the other.

23, In a time recorder, in combination, printing mechanism including a plurality of ty e-wheels, means for alining said Wheels, inc ribbon feeding mechanism, a platen, an operating lever having a plurality of fulcrums, and means for actuating saidlever on said fulcrums to actuate said alining mechanism and ribbon feeding. mechanisms simultaneously and the platen subsequent thereto,

24. In a time recorder, printing mechanism, a card guide or receiver, a plurality of rotatable stops, and means to rotate said stops to progressively and successively profeet the same into the guide or receiver to imit the movement of a card therein.

25. In a time recorder, printin mechanism, a card guide or receiver, a p urality of stops located exterior thereto, and means to progressively and successively project said stops into-the receiver to limit 'the movement of a card when the latter isinserted 'in the receiver.

26. In a card time-recorder, the combination of a time-controlled stamp, a. cardreceiverheld in operative relation to said stamp, and a plurality of abutments for limiting the extent to which the card is to be inserted in said card-receiver and against one-of which the card strikes, said abutments serving to position the card to bring different portions in the length thereof in line with the printing point.

27. In a card time-recorder, the combine tion of a time-controlled stamp, a card-'.

receiver held in operative relation: to said stamp and having two .ofiset divergin cardways leading to a single card-way, an abutments serving to hunt the-inward movement of a time-card inserted in the card-receiver, said abutments being Located atdrlierent points .with relation to the printing point.

28. The combination" with recording means, of, a'card-g-uide, a setof card-stops movable separately into the path of a card in the card-guide, and automatic means for shifting said stops.

29.111 2 time recorder, the combination with a timestamp, oi'acard receiver or.

guide, a series of stops to successively co- .0 crate with a card inserted therein and t ereby vary the'position of such card with relation to the'time vstamp, and. means to' move one stop after another int-o operative position at predetermined intervalsof time. gflpThe combination with a time stamp,

of an upright card receiver or guide, means to gradually decrease the effectivedepth thereof, said means including a plurality of membets adapted to move one by one into and form a temporarvbottom for the.card-re,

.ceiver, and mechanism to'render-said memhers operative in succession at predetermined intervals of time.

31. The combination, with a time stamp,-

of a'receiver or guide adjacent thereto and into which a card is inserted to be stamped, a series of stops located in equi-distant parale assert;

lel planes at right angles to; the receiver and individually movable thereinto to determine the extent to which a card may be inserted, and automatic means to move the stops one can be inserted in thereceiver, and means tov pfGdQ- intermittinglv rotate the carrier at termined intervals of time.

33. Ina time recorder, the combination with a time stamp, and a' card receiver or I guide, a plurality of stops to successively contact with a card inserted therein to vary the position of the card relative-to the time stamp, and means for operating said stops.

' In testimon t whereof we afiix our signatures, in the, presence of two witnesses. i JOHN DEY.

' ALEXANDER DEY. Witnessesto the signature of John Dey:

1 MINNIE E. PADDooK, v JOHN F. HAYDPN.

Witnesses to the signature ofiiilexander' Dey:

WILLIAM "WILS N, DANIEL F. RUSSELL. 

